Mitsui / J-Science Laboratory / Matsuda / Technip / Sumitomo Electric / Pet / Nukibetsu Coal / Japan Petroleum Exploration Co. Ltd. / OMEGATRON Co. / Lawrence Livermore Laboratory / VINCI / /
Country
Japan / United States / /
Currency
pence / / /
Event
FDA Phase / /
Facility
Photon Factory / JAPEX Research Center / University of California / /
IndustryTerm
decay product / noble gas inventory / photon energy / noble gas / analytical systems / ambient noble gas / energy resolution / oil / noble gas implantation mechanism / energy / carrier phase / metal / low-energy electron flood gun / carbon network / high noble gas retentivity / hemispherical electron energy analyzer / chemical compositions / kinetic energy / chemical composition / chemical state / incident energy / chemical / oil/gas / trapped noble gas components / /
Organization
University of California / Seismological Society of Japan / Quantum Beam Science Directorate / Synchrotron Radiation Research Unit / Geodetic Society of Japan / High Energy Accelerator Research Organization / Japanese Society for Planetary Sciences / Volcanological Society of Japan / Japan Atomic Energy Agency / Society of Geomagnetism and Earth / /
Person
Yves Marrocchi / F. Esaka / Meteorit / /
Position
model / Major / /
Product
2006G309 / /
ProvinceOrState
Hawaii / Pennsylvania / Nova Scotia / California / /
Earth Planets Space, 61, 1003–1011, 2009 Argon retentivity of carbonaceous materials: feasibility of kerogen as a carrier phase of Q-noble gases in primitive meteorites Takahito Osawa1 , Norie Hirao2 , Nobuyori Takeda